pcman2000

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RAM Timings, latency, voltages.
 
What is ECC?

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RAM Timings, latency, voltages.
 
What is ECC?

I think we should start a collections of purely LinusTechTips gifs that can be used as general gifs or reaction gifs for the forums.
 
I don't believe that there is already a thread like this around other than the memes one, however that is not strictly gifs.
However if there is please alert me so that I can remove this one.
 
I will begin;
 
Linus is "PC"

 
Linus 3D scanning

 
Linus falling off giant mouse

 
Linus vs. Diesel

 
Linus -> Linus's little brother

RAM Timings, latency, voltages.
 
What is ECC?

May I introduce you to http://www.reddit.com/r/talesfromtechsupport

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Someone do something with this pic please.
 

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May I introduce you to http://www.reddit.com/r/talesfromtechsupport

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Perhaps consider some Sager/Clevo systems from EuroCom, XoticPC etc.
 
I configured a Sky MX5 from eurocom, this comes to $1600 USD;
1080p IPS 15.6" Screen with G-SYNC 3GB GTX 970M Skylake i7-6700HQ 16GB DDR4 256GB Micron M600 SSD (basically a MX200) 1TB Hitatch HDD Note this comes with no OS, but I'm sure you can get your own copy for ~$100.
 
If you get the Haswell version you can get a GTX 980M for the same price.

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May I introduce you to http://www.reddit.com/r/talesfromtechsupport

Uhhh, Huawei already has (badly, but it's in the Mate S iirc)

I posted this a while ago on reddit, but I thought I would post it here.
 
Having recently bought a high res thermal imager for other purposes, I realised that it was actually a great tool for PC building - you can spot what components on your GPU or motherboard are getting hot, which is especially important if you're doing a watercooling build or similar where there may be limited airflow to components like VRMs.
 
Perhaps Linus should buy once for LinusMediaGroup to use in various reviews (ie. Case, GPU, Fan, Cooler) or when covering some exotic builds.
 
The specific camera I used is the Opgal Therm-App which is 384x288 resolution and retails for $939. As far as thermal imaging goes that's actually a really, really cheap price for a 384x288 device. Most imagers of that resolution are $3000+.
 
Enjoy the photos, and let me know if you have any requests to image anything.
 

I posted this a while ago on reddit, but I thought I would post it here.
 
Having recently bought a high res thermal imager for other purposes, I realised that it was actually a great tool for PC building - you can spot what components on your GPU or motherboard are getting hot, which is especially important if you're doing a watercooling build or similar where there may be limited airflow to components like VRMs.
 
Perhaps Linus should buy once for LinusMediaGroup to use in various reviews (ie. Case, GPU, Fan, Cooler) or when covering some exotic builds.
 
The specific camera I used is the Opgal Therm-App which is 384x288 resolution and retails for $939. As far as thermal imaging goes that's actually a really, really cheap price for a 384x288 device. Most imagers of that resolution are $3000+.
 
Enjoy the photos, and let me know if you have any requests to image anything.
 

I posted this a while ago on reddit, but I thought I would post it here.
 
Having recently bought a high res thermal imager for other purposes, I realised that it was actually a great tool for PC building - you can spot what components on your GPU or motherboard are getting hot, which is especially important if you're doing a watercooling build or similar where there may be limited airflow to components like VRMs.
 
Perhaps Linus should buy once for LinusMediaGroup to use in various reviews (ie. Case, GPU, Fan, Cooler) or when covering some exotic builds.
 
The specific camera I used is the Opgal Therm-App which is 384x288 resolution and retails for $939. As far as thermal imaging goes that's actually a really, really cheap price for a 384x288 device. Most imagers of that resolution are $3000+.
 
Enjoy the photos, and let me know if you have any requests to image anything.
 

I posted this a while ago on reddit, but I thought I would post it here.
 
Having recently bought a high res thermal imager for other purposes, I realised that it was actually a great tool for PC building - you can spot what components on your GPU or motherboard are getting hot, which is especially important if you're doing a watercooling build or similar where there may be limited airflow to components like VRMs.
 
Perhaps Linus should buy once for LinusMediaGroup to use in various reviews (ie. Case, GPU, Fan, Cooler) or when covering some exotic builds.
 
The specific camera I used is the Opgal Therm-App which is 384x288 resolution and retails for $939. As far as thermal imaging goes that's actually a really, really cheap price for a 384x288 device. Most imagers of that resolution are $3000+.
 
Enjoy the photos, and let me know if you have any requests to image anything.
 

I posted this a while ago on reddit, but I thought I would post it here.
 
Having recently bought a high res thermal imager for other purposes, I realised that it was actually a great tool for PC building - you can spot what components on your GPU or motherboard are getting hot, which is especially important if you're doing a watercooling build or similar where there may be limited airflow to components like VRMs.
 
Perhaps Linus should buy once for LinusMediaGroup to use in various reviews (ie. Case, GPU, Fan, Cooler) or when covering some exotic builds.
 
The specific camera I used is the Opgal Therm-App which is 384x288 resolution and retails for $939. As far as thermal imaging goes that's actually a really, really cheap price for a 384x288 device. Most imagers of that resolution are $3000+.
 
Enjoy the photos, and let me know if you have any requests to image anything.
 

I posted this a while ago on reddit, but I thought I would post it here.
 
Having recently bought a high res thermal imager for other purposes, I realised that it was actually a great tool for PC building - you can spot what components on your GPU or motherboard are getting hot, which is especially important if you're doing a watercooling build or similar where there may be limited airflow to components like VRMs.
 
Perhaps Linus should buy once for LinusMediaGroup to use in various reviews (ie. Case, GPU, Fan, Cooler) or when covering some exotic builds.
 
The specific camera I used is the Opgal Therm-App which is 384x288 resolution and retails for $939. As far as thermal imaging goes that's actually a really, really cheap price for a 384x288 device. Most imagers of that resolution are $3000+.
 
Enjoy the photos, and let me know if you have any requests to image anything.
 

I posted this a while ago on reddit, but I thought I would post it here.
 
Having recently bought a high res thermal imager for other purposes, I realised that it was actually a great tool for PC building - you can spot what components on your GPU or motherboard are getting hot, which is especially important if you're doing a watercooling build or similar where there may be limited airflow to components like VRMs.
 
Perhaps Linus should buy once for LinusMediaGroup to use in various reviews (ie. Case, GPU, Fan, Cooler) or when covering some exotic builds.
 
The specific camera I used is the Opgal Therm-App which is 384x288 resolution and retails for $939. As far as thermal imaging goes that's actually a really, really cheap price for a 384x288 device. Most imagers of that resolution are $3000+.
 
Enjoy the photos, and let me know if you have any requests to image anything.